Sentence examples for maximum fluorescence change from inspiring English sources

The maximum fluorescence change (Δ Fmax) was detected after addition of 12 μL 10% Triton X-100 which solubilized the vesicles.

GBP labelled with long-wavelength excitable dyes showed a maximum fluorescence change upon glucose binding of 80 %for GBP H152C coupled to merocyanines.

For Arclight, because increases in voltage are represented as decreases in fluorescence, maximum fluorescence change values were determined as the minimum percentage change.

Each fluorescence time course was fitted to a single exponential function with the observed first-order rate constant, kobs, and maximum fluorescence change, Δ Fmax.

Briefly, the percent change in fluorescence over time was calculated using the following formula: ΔF/F = (Fn – F0)/F0 × 100%, where Fn is the fluorescence at time point n, and F0 is the fluorescence at time 0. For GCaMP3.0 and SpH, maximum fluorescence change values were determined as the maximum percentage change observed for each trace over the entire duration of each imaging experiment.

This sensor named TN-XL shows a maximum fractional fluorescence change of 400% in its emission ratio and linear response properties over an expanded calcium regime.

The maximum slope of fluorescence change was determined by calculating the first derivative using Felix software (Photon Technology International).

The mid point of the fluorescence change between maximum decrease and that with no peptide for Ala-Ala-Ala is ∼125 µM and 10 µM for Ala Ala, an approximate 10-fold difference.

The emission scans (between 290 and 420 nm) were collected for each complex separately and the change in maximum fluorescence signal at 335 nm (due to tyrosinate ion) was used to generate the binding curves, after subtracting the contribution of the free protein (in the absence of any compounds).

The emission scans were collected for each complex separately and the change in maximum fluorescence signal at 335 nm (due to tyrosinate ions) was used to generate the binding curves, after subtracting the contribution of the free protein (in the absence of any compounds).

Increasing concentrations of peptide both Ala-Ala-Ala (Left) and Ala-Ala (right) lead to an increase in the fluorescence change until a maximum level is reached.